Associate​/Full Professor - Electrical and Computer Engineering, Intensity Lasers

As part of its commitment to expand its world‑recognised high intensity laser science and technology programme with applications that include laser‑matter interactions, the Department of Electrical and Computer Engineering (ECE) at Colorado State University (CSU) invites applications and nominations for a tenure track faculty position to start in Fall 2026. Candidates are sought with interests that complement and expand upon current research and teaching activities in the Department in the area of high intensity laser‑matter interactions, high power lasers, and their applications to high energy density science including laser fusion.

ECE is home to the Advanced Lasers for Extreme Photonics Centre, and is a very active node of Laser Net US, a Department of Energy (DOE) network of the most powerful lasers in North America. ECE is the lead of the RISE Fusion Energy hub funded by DOE, and a co‑lead of the NSF/Moore Foundation Centre for Coatings Research. In support of this research CSU is building the $150 M ATLAS facility to be completed in early 2027 that will house state‑of‑the‑art petawatt class lasers.

ATLAS is a public‑private partnership with Marvel Fusion that will offer unique capabilities to advance high energy density science and laser fusion. The candidate will be expected to embrace the university research and educational mission by contributing to establishing a vibrant sponsored research programme in high power laser‑matter interactions, ultra‑intense lasers and applications, embracing the opportunity to work collaboratively with interdisciplinary teams and educating the next generation of leaders.

This is a full‑time, nine‑month,
tenure track
, faculty position. Additional details on the position, including required qualifications, and application materials and their deadline for submission can be found at:

(Use the "Apply for this Job" box below)./167533

• Expected to be an active member of ATLAS (Advanced Technology Lasers for Applications and Science Facility), contributing to research efforts of the new facility and its future upgrades, teaming up with CSU faculty and researchers to cement and further grow the Centre into one of the world‑leading institutes in high‑power lasers, high energy density science and technology, and laser fusion.
• Contribute to the education and training of graduate and undergraduate students that will have successful careers.
• Publish in leading peer‑reviewed journals and present research results at national and international conferences.

• Provide intellectual leadership and excellence in teaching undergraduate and graduate courses in electrical and/or computer engineering and/or SMSE.
• Develop new courses at the graduate level within the candidate’s area of research focus.

• Serve the academic community and contribute to university outreach.
• Serve on department, college, and university level committees where appropriate.

• PhD degree in electrical engineering, physics or related discipline.
• Evidence of a strong scholarly activity in the form of research publications and extra‑mural funding in areas relevant to the position.
• Commitment to the responsibilities of a faculty member – education, research and service – as demonstrated in the application.
• Research focus in areas within the field of high power laser‑matter interactions, ultra‑intense lasers and applications.
• At least six years of experience in ultra‑intense laser‑matter interactions.
• The candidate will have the potential to conduct vibrant sponsored research in high power laser‑matter interactions, ultra‑intense lasers and applications; the ability to effectively teach at the graduate and undergraduate levels; and the interest to serve the department, university and professional community.

• Strong, internationally recognised research contributions.
• Ability to garner significant external support.
• Strength of publication record commensurate with experience, including impact, and quality of publications.
• Complement/expand upon the department’s current research and teaching activities.
• Potential for continued extraordinary scholarship.
• Teaching and mentoring experience and enthusiasm.
• Ability to establish collaborations with other CSU faculty and researchers of the Advanced Centre for Extreme Photonics Centre in conducting innovative research utilizing the ATLAS facility.